Integral representations of conformal cylindrical microstrip radiators radiation fields

Abstract

The article is devoted to the development of a method of integral representations of electric and magnetic field strengths of conformal cylindrical microstrip emitters. The proposed integral representations, when the corresponding boundary conditions on the surface of the emitters are substituted in them, turn into a singular (hypersingular) integral equation, the numerical solution of which is a mathematically correct problem. The proposed method makes it possible to conduct electrodynamic analysis of conformal cylindrical microstrip emitting structures very effectively, to determine such characteristics as the distribution of the radiation field in space, the radiation pattern, the directional coefficient, the current distribution across the emitters, the input impedance, the polarization characteristic, etc.